Thank you for providing me with the satisfied products and very thoughtful service! We will order again!
—— Roy Hilliard
The MoCu pads have been tested and already mounted to the components. Just wanted to let you know they are quite impressive. Completely meet our quality standards!
—— David Balazic
We have been using Jiabang's CPC1:4:1 as base flanges for about 2 years. Their products always maintain a high stability for our products. We can deliver their materials to customers with confidence. We consider zhuzhou jiabang is a trustworthy business partner.
Excellent CTE High TC No Voids Of CPC Heat Spreader For Hermetic Packages Description: Cu/MoCu/Cu(CPC) is a sandwich composite like Cu/Mo/Cu including a Mo-Cu alloy core layer and two copper clad layers.The ... Read More
High-tech MoCu Electronic Packaging Materials With Silver Plating Description: The MoCu composite exhibits combinational properties such as high electrical and thermal conductivities, low CTE, nonmagnetic, good ... Read More
Nickel Plated Gold Plated Free Of Surface Defects WCu, MoCu, CMC, CPC Base Plates Flanges Descriptions: Packaging materials strongly effect the effectiveness of an electronic packaging system regarding ... Read More
Copper Tungsten (WCu/CuW) / Molybdenum Copper (MoCu/CuMo) / Copper Molybdenum Electronic Packaging Materials Description: Copper Tungsten are composites of tungsten and copper. By adjusting the content of ... Read More
Nickel Plated Gold Plated Good Lamination Cu/Mo70Cu/Cu Carriers In High Power Devices Description: Cu/MoCu/Cu(CPC) is a sandwich composite like Cu/Mo/Cu including a Mo-Cu alloy core layer and two copper clad ... Read More
Molybdenum Copper Carrier With Lower Thermal Conductivity And A Wider CTE Range For GaN Devices Description: Molybdenum copper heat sink is one of the heat spreader materials. It has been frequently chosen by ... Read More
MoCu15 Microelectronic Thermal Spreaders And Thermal Management Base Plate Description: Mo-Cu heat sink material is a composite of molybdenum and copper,the Coefficient of thermal expansion (CTE) of molybdenum ... Read More
